In the experiment: Biot-Savart law, the profile of the magnetic flux density B of current-carrying conductor loops with different radii R and the magnetic flux density of a straight wire is determined and discussed.
Both ...
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Objective: Measure the force on a current-carrying conductor in a magnetic field
The experiment involves measuring the Lorentz force on a current-carrying copper rod suspended in a horizontal position from a pair of vertical wires (like ...
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Objective: Measurement of the force exerted on a current-carrying conductor located inside a magnetic field
The electric balance is based on André-Marie Ampères’ experiments on electric current. It measures the electro ...
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Objective: Measurement of the force exerted on a current-carrying conductor located inside a magnetic field
The electric balance is based on André-Marie Ampères’ experiments on electric current. It measures the electro-dynamic force sometimes ...
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Objective: Determine the magnetic field generated by coils of various lengths
The magnetic flux density inside a long cylindrical coil is directly proportional to the current through the coil and how close together the coil windings are ...
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![Experiment: Lorentz Force (230 V, 50/60 Hz), 8000621 [UE3030300-230], Magnetic fields](/thumblibrary/UE3030300-230/UE3030300-230_01_140_140_Experiment-Lorentz-Force-230-V-5060-Hz.jpg)
![Experiment: Electric Balance (115 V, 50/60 Hz), 8000762 [UE3030350-115], Magnetic fields](/thumblibrary/UE3030350-115/UE3030350-115_01_140_140_Experiment-Electric-Balance-115-V-5060-Hz.jpg)
![Experiment: Electric Balance (230 V, 50/60 Hz), 8000763 [UE3030350-230], Magnetic fields](/thumblibrary/UE3030350-230/UE3030350-230_01_140_140_Experiment-Electric-Balance-230-V-5060-Hz.jpg)
![Experiment: Magnetic field of a cylindrical coil (230 V, 50/60 Hz), 8000622 [UE3030500-230], Magnetic fields](/thumblibrary/UE3030500-230/UE3030500-230_01_140_140_Experiment-Magnetic-field-of-a-cylindrical-coil-230-V-5060-Hz.jpg)
